▲There are many different kinds of diseases that are transmitted and attack the body in different ways. A few you may be familiar with are Ebola, COVID-19, smallpox, malaria, and influenza.

▲According to Merriam Webster, a pandemic is “an outbreak of a disease that occurs over a wide geographical area and typically affects a significant proportion of the population.”

▲In the past hundred years, our population has more than quadrupled. Owing to more close contact and less space, it is easier for contagious diseases to spread among us.

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When diseases are out in the open, survival of the fittest occurs. The disease will randomly genetically mutate to produce a new variant. If the mutation is more successful than the original, then it will spread through more people.

▲The usual method has been to isolate people who are sick from others in order to prevent contagion. In conjunction, scientists try to create a vaccine to protect against new infections.

▲Diseases often come from animal transfer. Many diseases already exist in the animal world and are transferred to humans through consumption. For example, it is thought that bats are the source of COVID-19.

▲The scientists who work in synbio are often at the top of their field and have good intentions. They may want to reproduce a virus in a more dangerous form in order to study it to prepare for the future.

▲Exponential technology is relevant because the field of synthetic biology is expanding extremely fast. Synbio is the field of biology that deals with reengineering organisms for a specific purpose, be it good or bad.

▲Exponential growth in synbio means that it might be possible in a few decades to recreate a disease in a high school lab. Right now only the top virologists can do this, but in the future children might be able to.

▲The labs in which diseases are experimented on usually have a very high level of biosecurity. However, no matter how high the security is or how well-intentioned the scientists are, there is always a way out.

▲The security systems of labs target unintentional leak. However, it is very possible that there are intentional leaks as well.

▲Although the world is not brimming with evil people, there are the few who are severely mentally unwell. From this segment of society there are also those who want to take others with them when they pass on.

▲We are also more in danger of diseases because of exponential technology. This is when technology improves at an extremely fast pace. For example, the first Apple computer was released in 1976. Some 45 years later, we have unbelievably more advanced tech devices.

▲In the future, with the advancement of synbio, it will probably be possible for someone to make their own disease in a non-laboratory setting. It is very possible that instead of using a gun to inflict damage, this group of people may release a detrimental disease instead.

▲This small percentage of the population contains the people who carry out mass shootings and crash planes purposefully. They want to take many lives with them when they die. Some did so, but only as much as the technology they had allowed.

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Despite these facts, it is not all doom and gloom. With the right implementation system, it will be possible for humans to protect against future pandemics.

▲First, the world has to invest a huge amount of money into research and development into disease protection technologies. At the moment there are alarmingly few mechanisms that regularly check for the presence of pathogens in bodies and the air.

▲There needs to be a multi-pronged solution. Author Rob Reid suggests that we try and emulate the human body’s immunity when it encounters a pathogen.

▲If there is significant effort put in, in a few years it might be possible to check your breathing patterns with your phone. Scientists could also regularly test the air for diseases.

▲Laboratories that carry out research into synthetic biology should also be watched by an appropriate authority to make sure there are no intentional and unintentional slipups. This is not to say that the research into synbio should be stopped. The new wave in biology is coming whether we like it or not. The key is that we embrace it with the appropriate infrastructure to keep it safe.

▲You may think that vaccinations and isolation are the answer. However, vaccines take a long time to develop and distribute. Not to mention the problems with manufacturing and mutations. They cannot be the only response.

▲If there are more sensors alongside an international database that records all the different genetic codes of DNA, then we have a better shot at discovering a disease before it is too late.

▲Everybody needs to realize the potential of synthetic biology and treat it with respect. This means that those who want to work with it should be heavily vetted by a professional board.

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Perhaps this all seems a bit far-fetched. However, you can never prepare for the worst unless you imagine it first. The worst-case scenario is always a possibility and, in this case, it could be an inevitability if we don’t protect ourselves.

Sources: (Ars Technica) (Scientometrics) (Bloomberg)

▲The understanding of the gravity of the situation needs to be ingrained into the ethics of synthetic biology. It can no longer just be an exciting new science without rules and regulations.

▲An important example of bio labs not being fully safe is the 1978 smallpox outbreak in the UK. Even though the disease had almost been eradicated, Janet Parker (1938-1978), a medical photographer, contracted it from a lab and passed away. The lab had the highest level of security possible.

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It is also important to ensure that as few people as possible feel unloved and uncared for when they have a mental illness. It is these people who will often carry out catastrophes. If they are cared for, then this is less likely to happen. This is not to say, however, that there aren't other potential motivations behind these attacks (i.e. financial, political, etc.).

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At the moment, it is possible to get the genetic codes of some deadly viruses on the internet. Even though the technology at the moment is lacking, it is only a matter of time before laboratories will no longer be necessary to turn code into matter.

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In 2020 and 2021, we have experienced one of the most difficult obstacles for centuries, the COVID-19 pandemic. However, this virus is definitely not the first nor the last to attack the human population. Still, infectious diseases are more harmful to us now than ever before.

There are 7.9 billion people on the planet, many of them living in cities. These close quarters are where diseases thrive and multiply. With COVID-19, we saw how the world came to a standstill even though it was not as immediately dangerous as a pathogen could be. And despite its clearly damaging effects, we should anticipate more danger in the future.

Nevertheless, there are precautions we can take to anticipate and protect against another contagious outbreak. Click through this gallery to learn why another pandemic is inevitable, and how we can stop it in its tracks.